1、 1 3250单词， 17800英文字符，中文 4600字 出处： Abrial A, Bouvier J, Renaudin M, et al. A new contactless smart card IC using an on-chip antenna and an asynchronous microcontrollerJ. IEEE Journal of Solid-State Circuits, 2000, 36(7):1101-1107. A new contactless smart card IC using an on-chip antenna and an asynch
2、ronous microcontroller A Abrial ， J Bouvier ， M Renaudin ， P Senn AbstractThis paper describes a new generation of Contactless Smart Card Chip which integrates an on-chip coil connected to a power reception system and an emitter/receiver module compatible with the IS0 14443 standard, together with a
3、n asynchronous quasi-delay insensitive (QDI) 8-bit microcontroller. Beyond the Contactless Smart Card application field, this new chip demonstrates that system-on-chip integrating power reception and management, radio-frequency communication, and signal processing is feasible. It associates analog/d
4、igital parts as well as synchronous/asynchronous logics and has been fabricated in a CMOS six metal layers 0.25-m technology from STMicroelectronics. Index TermsAsynchronous processor, coil-on-chip, quasi-delay insensitive circuits, Smart Cards, system-on-chip. I. INTRODUCTION THE Smart Card market
5、enters a new era, with a booming number of applications in various domains and new countries willing to use this technology. Smart Cards are becoming more and more ubiquitous and the trend is to integrate a card reader in all kind of equipment (PCs,PDAs, mobile phones, etc.). E-commerce, citizen adm
6、inistration, and others could be, through the Internet, good vehicles to allow service providers to develop new services using the Smart Card as a high-security key element. In this context, contactless Smart Cards should play an important part. The absence of contact induces lower maintenance cost, improves ease of use, reliability, and, therefore, end-user satisfaction. They are declined in several types according to the location of the antenna. It can be on the card, on the modu
